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efficient spin-wave control. In this project, you will develop superconductor-based control of spin waves in the context of an ERC Consolidator Program . The goal is to study the interaction between magnetism
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) in depleted hydrocarbon fields, specifically on field-scale characterization, performance analyses and monitoring of UHS to enable its efficient and secure operation in a potential pilot site. The
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. Additionally, your work will explore view synthesis, enabling radar perception from different viewpoints. These generative models will be integrated into real-time radar processing algorithms, leading
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of qubit arrays, the study of novel control methods for high-fidelity operations, the shuttling of electron spins across the chip, and the use of superconducting resonators for fast spin readout and for
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optimization techniques and apply them to the existing devices to find optimum geometries, material properties, and device control methods to potentially revolutionize the field of soft total artificial hearts